ztC Edge provides teams with a zero-touch, secure, and highly-automated Edge Computing platform, purpose built for edge environments. Its self-protecting and self-monitoring features drastically reduce unplanned downtime and ensure continuous availability of business-critical applications.
Optimized for distributed edge-in architectures, Stratus ftServer delivers the performance needed to support your advanced processor and data intensive applications, while also providing the fault tolerance, security and manageability required at the edge of your corporate networks.
Easy to install, deploy and manage across applications and existing infrastructure as well as scale to new areas of operation.
Mitigates operational, financial and reputational risk by ensuring “always on” availability and securing data from cyber threats or data loss.
Reliable, rugged, proven zero-touch technology to run in any environment without human monitoring, maintenance, repairs, or support.
ztC Edge provides teams with a zero-touch, secure, and highly-automated Edge Computing platform, purpose built for edge environments. Its self-protecting and self-monitoring features drastically reduce unplanned downtime and ensure continuous availability of business-critical applications.
Optimized for distributed edge-in architectures, Stratus ftServer delivers the performance needed to support your advanced processor and data intensive applications, while also providing the fault tolerance, security and manageability required at the edge of your corporate networks.
Patented lockstep processing ensures no transactions are lost. Multi-path I/O failover prevents data corruption or data loss.
Redundant components are presented as a single system – only one OS or application is required, saving licensing fees.
Uses industry standard x86 processors, memory DIMMs, SSDs and HDDs. Supports standard shrink-wrapped OSs from Microsoft, Red Hat, and VMware.
Self-monitoring and self-diagnosing systems simplify issue management. Automated online parts replacement eliminates guesswork, and systems continue to run while being serviced.
Subsystems or components are designed to be easily replaced. CRUs are automatically re-synchronized when reinserted.